Expanded Micro Aluminum Wire Mesh Filter Customized For Polymer Processing

Expanded Aluminum Wire Mesh Filter Used In Polymer Processing Or Filteration

The micro expanded metal wire mesh filters with fine thickness, prevision engineered mesh openings, percent open area is widely used as filtration material in physical, chemical and other applications. Additional, the micro expanded metal can provide a consistently high level of precision and strength. Micro expanded metal has good filtering or retention performance no matter for air, light, solid or liquid.

Wire mesh filters are made from metal and used to filter liquids in machines, industrial equipment and many other applications of large and small sizes. A wire mesh filter usually consists of very fine strands of metal stacked on top of each other. Any material that isn’t small enough to pass through the very tiny gaps between the pieces of metal are caught in the mesh.Wire mesh filters are made using a variety of different types of metal, but stainless steel is the most common because it is easy to clean and highly resistant to corrosion.

Wire mesh filters are manufactured in a variety of types that have different uses. Some filters are very fine so that they let only the smallest particles through, while others are larger and only hold back large particles in a stream.

The application of wire mesh filters:

• EMI/RFI shielding.
  Micro expanded metal can blocking and shielding Electromagnetic Interference (EMI) or Radio Frequency Interference (RFI) and other interference or unwanted frequency signals in aerospace, automotive, telecommunication or electronics industry. It adopts copper or other conductive materials to supply efficient shielding. Shapes, sizes and shielding performance can be customized according to your requirements.
• Speaker grill covering.
  Micro expanded metal provides excellent sound absorption and reducing the decibel levels in acoustic noise reduction applications. It is widely used in the microphones, loud speakers, speaker grilles to protect sensitive membranes while allowing a uniform permeability of sound.